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A mixing-length model for shallow turbulent wakes
Peter K. Stansby
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peer-review
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Earth and Planetary Sciences
Value
80%
Model
60%
Wake
60%
Intersection
60%
Stability
40%
Comparison
40%
Magnitude
40%
Vortex Shedding
40%
Eddy Viscosity
40%
Diffusion
20%
Area
20%
Standard
20%
Water Flow
20%
Stable
20%
Island
20%
Strain Rate
20%
Turbulent Flow
20%
Exhibit
20%
Vertical Mixing
20%
Hydrostatic Pressure
20%
Froude Number
20%
Three Dimensional Boundary Layer
20%
Wave Damping
20%
Subcritical Flow
20%
Turbulent Wake
20%
Engineering
Vorticity
100%
Mixing Length
80%
Models
60%
Experiments
60%
Intersections
60%
Determines
40%
Stability
40%
Eddy Viscosity
40%
Diffusion
20%
Zeros
20%
Length Scale
20%
Shallower
20%
Assuming
20%
Layer Model
20%
Small Distance
20%
Froude Number
20%
Critical Value
20%
Side Slope
20%
Dimensional Form
20%
Small Side
20%
Subcritical Flow
20%
Recirculating Wake
20%
Physics
Vorticity
100%
Value
80%
Model
60%
Wakes
60%
Intersections
60%
Magnitude
40%
Stability
40%
Eddy Viscosity
40%
Diffusivity
20%
Area
20%
Standard
20%
Water Flow
20%
Independent Variables
20%
Parameter
20%
Atolls
20%
Vertical Mixing
20%
Froude Number
20%
Shallow Water
20%
Three Dimensional Boundary Layer
20%
Subcritical Flow
20%